what is the resultant displacements 6m north,8m east and 10m north west?
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we will take it out by Pythagoras's theorem and the answer will be 10root2
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GIVEN :-
A boy move 6 m north 8 m east and 10 m vertically upwards.
TO FIND :-
The resultant displacement from the initial position.
PRE-REQUISITE :-
Displacement is the shortest length between the initial position and the final position.
OR
Displacement is the change in position vector.
SOLUTION :-
If a body moves 6 m North, 8 m East and 10 m vertically upwards then its resultant displacement from initial position will be in the form of a cuboid with length 6 m, breadth 8 m and height 10 m.
And the resultant displacement would be the diagonal of this cuboid.
So, the diagonal of a cuboid :-
√(6²+8²+10²)
= √200
= √(100 × 2)
= 10√2
∴ So, the displacement of the boy from his initial position is 10√2 units.
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